Bran+Luebbe was founded in Hamburg (Germany) in 1932 and is now composed of 12 companies throughout the US and overseas. Metering pumps and systems are engineered and built at our modern facility in Buffalo Grove, IL, near Chicago.
Bran+Luebbe offers an unrivaled range of metering pumps for practically every situation in which liquids have to be measured and mixed together. We have vast experience in the pharmaceutical, food, chemical, and pulp & paper industries, to name a few.
Applications range from a manually regulated single stream to complete microprocessor controlled production installations. Our range of product offerings includes diaphragm and plunger pumps, drives with one or multiple pumpheads, horizontal or vertical configurations, controls and accessories for process automation.
Our service department can offer a wide selection of support in the areas of spare parts, service maintenance and start-up support, maintenance contracts, repairs, training, and technical advice.
Bran & Luebbe metering pumps have developed a strong reputation for their versatility, reliability and durability. When you choose a Bran & Luebbe metering pump in Canada, you can rest assured that have selected the best product possible. Bran & Luebbe produces a wide array of different types of metering pumps, allowing you to select the best metering pump solution for your needs.
Powder induction mixers have evolved significantly over the years and now represent a wide variety of different options. Your selection of powder induction mixer in Canada will vary based upon a variety of different factors, including the specific type of industry in which you are involved.
There are typically five different types of powder induction mixers available on the market. The simplest option is the open tank with a turbine or propeller. With this option, the powders are added to a liquid batch with the use of an open tank. A turbine or propeller is then used to gently agitate the batch. A Vortex is created for drawing the powder into the liquid.
A high-speed disperser is a frequent choice when you need to achieve a higher quality dispersion. Compared to the open tank with a propeller or turbine, the HSD powder induction mixer is far more vigorous.
A single-stage rotor is able to break down the material much faster than the HSD. With the rotor/stator mixer, it is possible to achieve a much finer dispersion.
A first-generation powder induction system, a pump is used to accelerate the liquid downstream. An eductor is used to establish a vacuum.
More recently, powder induction systems have been created that eliminate the need for a eductor. With this type of system, the solids are mixed with the liquid flow at the point at which positive mixing occurs. When liquids and solids are mixed simultaneously, it is possible to prevent agglomerates from forming.
When you choose to work with T.D. Rooke, you can be assured that we will assist you in making your production process easier, faster, and more efficient by increasing your productivity and uptime.
We invite you to contact us to receive a quote or learn more about a robust array of services.
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What Are Heat Exchangers?
Heat exchangers are simply a type of device that helps in transferring heat from one type of fluid to another type of fluid. In many instances, a wall is used to separate various fluids in order to ensure that they do not mix together. Many residential appliances use heat exchangers, including space heaters, refrigerators, and air conditioners.
Flow arrangements within heat exchangers can be arranged in three different manners. They are counter-flow, cross-flow, and parallel-flow. Each of these configurations works in a different manner. For example, in the cross-flow heat exchanger, the exchanger moves fluid perpendicularly. In counter-flow heat exchangers, fluids are able to enter the exchanger from ends that are located opposite one another. Conversely, fluids enter form the same end with the parallel-flow heat exchanger method. Of these three methods, the most efficient configuration is the counter-flow method because it is able to transfer the maximum amount of heat.
Along with different configurations, there are also different designs of heat exchangers available. The four different types of heat exchangers are shell and tube, intermediate fluid and solid, plate, and regenerative.
The most common type of heat exchanger is the shell and tube heat exchanger. With this option, one type of fluid will run through a heat exchanger tube while the other type of fluid will run over the tube, resulting in the fluid being either cooled or heated.
The fluid will flow through baffles in the plate heat exchanger, resulting in the separation of the fluid by the plates. Compared to the shell and tube heat exchanger, the plate heat exchanger is considered to be more efficient.
Fluid flows through the exchanger in a cyclically in a regenerative heat exchanger. If you need the fluid to change direction, the regenerative heat exchanger may be a good option. This type of heat exchanger can be constructed with the shell and tube design or with the plate design.
With an intermediate fluid or solid heat exchanger, solids or fluids are used in order to hold the heat and then transfer it to the other side of the heat exchanger for release.
Determining the Best Type of Heat Exchanger for Your Needs At T.D. Rooke, we are committed to providing you with the best heat exchanger products possible. If you are looking for a heat exchanger in Ontario, we can meet your needs. In choosing the right type of heat exchanger in Ontario, it is important to understand that there are various types of heat exchangers available. One of the most common types of heat exchangers is the plate heat exchanger.
When you opt for a plate heat exchanger in Canada, your business is able to benefit from the highest efficiency possible. Offering up to 90 percent of heat transfer, the plate heat exchanger is able to reduce pressure drop and assist in lowering energy costs. Through the use of flat corrugated plates that are durably mounted on a frame and then fastened together, the plate heat exchanger is able to transfer heat in the most effective manner possible. An innovative design allows the flow of cool and hot liquid to counter to one another. As such, they are frequently used with moderate pressure and temperature demands.
Compared to other types of heat exchangers, a plate heat exchanger in Ontario is relatively small in size. Even so, a plate heat exchanger is able to provide high performance along with immense flexibility in design. Known for offering reliability and versatility in a variety of applications, plate heat exchangers have become one of the most popular types of heat exchangers in Canada.
Plate heat exchangers offer a wide array of benefits. Among those benefits is a low installation cost as well as low maintenance expenses, and low fuel costs. Additionally, plate heat exchangers are able to provide a high level of performance for a longer period of time than many other types of units.
While plate heat exchangers are commonly used in cooling, they are also widely used in a variety of other industries and applications, including refrigeration, heating, and steam and industrial processes. Due to the versatility, cost effectiveness, and reliability of plate heat exchangers, they have become a preferred option for industrial, commercial, and residential applications.
Various types of plates may be used in plate heat exchangers:
- Short duty plates or soft plates
- Long duty plates or hard plates
- Medium duty plates
All plate heat exchangers have a similar exterior design. The primary difference that exists between plate heat exchangers is on the inside regarding the details of the sealing technologies and plate designs. As a result, it is important to consider the types of corrugation that are used within the heat exchanger in order to determine the best product for your needs.